Engineering

Buy a matching set of clothes.

It has to use alot of energy

Palawan State University

Batangas State University

The two factors that determine the size of a lathe are the "swing" and "distance between centers". The swing of a lathe is the length measured from the center of the hollow spindle or chuck to the nearest part of the bed multiplied by two. Distance between centers is the distance measured between the chuck and tail stock.

It makes you smarter at mathematics for sure, but you can't tell from just that what your overall level of intelligence is. There is no way being good at mathematics can make you "dumber" at anything unless you also spend so much time on math that your verbal and social skills are neglected.

Robots are controlled by computers. They can certainly process numbers and make calculations. As for understanding, that depends on what you mean by understand. Robots with speech recognition systems can understand spoken numbers subject to the limits of the system. Robots use artificial intelligence techniques to "think". Nobody knows for sure what the limits of AI may be.

Manganese's atomic number is 25. Thus it has 25 electrons. Filling in the first 25 orbitals gives the electron configuration of s2 2s2 2p6 3s2 3p6 4s2 3d5.

Growing up on a dairy farm in Quebec, Ontario, in Canada, Arthur Sicard saw just how inconvenient snow-covered roads could be. His family couldn't get milk to market when deep snow made the roads impassible. Snowplows were available, but was there a better way? As a teenager, Arthur also saw a machine called a thresher being used to harvest wheat. The thresher used rotating blades. He wondered if a similar machine could clear snow from country roads. He set out to build such a contraption. To make one that worked took him three decades. It wasn't until the winter of 1925 that Mr. Sicard developed a snowblower that worked. That year, residents of Montreal saw a strange four-wheel-drive truck rumbling through the streets of the city. That first snowblower had three sections: the truck chassis, two adjustable chutes, and a motor to run it. In place of its front bumper were two rotating blades in a housing with a scoop in front. The driver could clear and toss snow into the back of the truck or throw it more than 90 feet away. Instead of pushing the snow aside, the way plows did, the new machine could cart it off or throw it well out of the way.

An accident reconstruction analyst is typically a PE with additional training and expertise in investigating and determining the root cause or causes of a motor vehicle or other accident. They will rely on evidence obtained at the accident scene such as gauge marks, tire skid marks, and debris to "recreate" the sequence of events in the crash from the point of pre-impact through final rest of the vehicles. Nowadays, they utilize advanced software to produce 3D animations to illustrate their findings.

password is ddi but all is fake..

They're not.

Mnemonics is a method of remembering things by associascation. Hexadecimal is a number system. 0-9 are as usual and then a(10) b(11) c(12) d(13) e(14) f(15)

You can measure the ferrite number of a steel using a Severn Gage, a mechanical device; or using a ferrite scope, an electronic device, available from several manufacturers.

Sport, Leicht, Rennsport (sport, light, racing).

The inlet pressure can be as low as 45 PSI as long as there is a flow of about 3 gpm. The pump will easily pump it to 1500 psi through the appropriate nozzle

Temperature - low temperature gains altitude quicker

Pressure - High pressure gains altitude quicker

Density - Low density gains altitude quicker

explaine the process of LBM and PAM with a neat sketches

The qualification of a system analyst is having postgraduate degree in IT fields and computer systems. Their responsibility is to evaluate and monitor systems so as to offer guidance on any possible challenges in the system.

The purpose with a pipe is the transport of a fluid like water, oil or similar, and the most import property is the capacity or the inside diameter. For a ASME/ANSI B 36.10 Welded and Seamless Wrought Steel Pipe the inside diameter - ID - of a NPS 2 inches pipe with * schedule 40 is 2.067" * schedule 80 is 1.939" The inside diameters are close to 2" and the nominal diameter related to the inside diameter. Outside diameter are 2.375" for both schedules. Since the outside diameter of a single nominal pipe size is kept constant the inside diameter of a pipe will depend on the "schedule" or the thickness of the pipe. The schedule and the actual thickness of a pipe varies with the size of the pipe. It is common to identify pipes in inches by using NPS or "Nominal Pipe Size". The metric equivalent is called DN or "diametre nominel". The metric designations conform to International Standards Organization (ISO) usage and apply to all plumbing, natural gas, heating oil, and miscellaneous piping used in buildings. The use of NPS does not conform to American Standard pipe designations where the term NPS means "National Pipe Thread Straight". Nominal Bore (NB) may be specified under British standards classifications along with schedule (wall thickness). The tolerances are looser to pipes compared with tubes and they are often less expensive to produce. The nominal dimensions of tubes are based on the outside diameter. If we look at Copper Tubes - ASTM B88 the outside diameter of a 2" pipe is 2.125", relatively close to 2". The inside diameter of a tube will depend on the thickness of the tube. The thickness is often specified as a gauge. If we look at Copper Tubes - ASTM B88 the wall thickness of 0.083"of a 2" pipe is gauge 14. The tolerances are higher with tubes compared to pipes and tubes are often more expensive to produce than pipes.

In fall 2010, approximately 50,382 students applied as freshman, with about 13,000 admitted.

This is an admit rate of approximately 25.8%.

Of those who were admitted, approximately 5,200 enrolled.

According to the college facts page on the Berkeley Engineering website:

Number of Students by Department: Spring 2010

Undergraduate Graduate

Bioengineering 410 154

Civil & Environmental Engineering 398 340

Electrical Engineering & Computer Sciences 922 509

Industrial Engineering & Operations Research 112 59

Materials Science & Engineering 104 85

Mechanical Engineering 556 304

Nuclear Engineering 54 56

Engineering Others* 252 30

Subtotal 2,808 1,537

Total students 4,345

*includes Computational Engineering Science, Engineering Mathematics and Statistics, Engineering Physics and Environmental Engineering Science.

While this doesn't exactly answer your question, the subtotal undergraduate engineering students at Berkeley is 2,808, and if you divide this by 4 (approximate 4 years of undergraduate), it means that APPROXIMATELY 700 students are freshmen.

Therefore, probably about 700 of the 5,200 admitted/enrolled UC Berkeley students are engineering.

It means no pumps.

The water must flow just because of gravity.

It's "ultrasonic weld," rather than "sound weld." Sounds more "engineering-ish," anyway.

This is done by clamping two objects together - usually plastic ones, but thin metal can also be ultrasonically welded - and directing a high-power beam of ultrasonic energy at the mating point. The beam causes heat, which makes the two materials in the joint melt. When they cool down, they're fused together.

Well I would not say "most people" but yeah some people opt for a an MBA after their Engineering, Why? here are some reasons:

1) An MBA provides strategic outlook of the business across functional confines

2) Equips one with the soft skills needed to progress to a senior management role such as leadership, communication skills, business analysis tools

3) Some engineers opt for bachelors in engineering to broaden their horizon and develop problem solving, analytical skill that a professional degree provides. Masters would take them deeper into specialised areas (design, R&D etc) which they are not keen to pursue

4) Engineers who opt for MBA want to apply/ implement their technical skill in a business context. I always say "There is no point in designing a technically superior- engineering marvel of a product if there are no buyers for it"...

Hence an MBA on top of a technical degree is an enabler which allows you to implement your skill/ knowledge in the real world

complet diploma electrical from aus-cidc this course apploying in central govt job